LC-MS training: ensuring the reliability of your pharmaceutical analytical methods

Mastering liquid chromatography coupled with mass spectrometry is essential for producing interpretable and reproducible results. An LC-MS training course helps pharmaceutical teams strengthen their practices, from sample preparation to data processing. It addresses the parameters that influence selectivity, sensitivity, robustness, and the control of instrumental drift in analytical methods.

The training may cover the principles of LC-MS, chromatographic separation, ionization mechanisms, the selection of acquisition modes, and the interpretation of mass spectra. Particular attention is paid to parameters that may affect result quality: sample preparation, matrix effects, interferences, contamination, stability, and monitoring criteria.

This LC-MS training course is intended in particular for technicians, engineers, analysts, laboratory managers, analytical development teams, and employees responsible for reviewing results. It can address the need to develop skills, harmonize practices, or provide support when implementing a new method.

Training preparation begins by identifying the objectives: developing team autonomy, securing equipment use, understanding an analytical challenge, or supporting changes in practices. The methods, matrices, analytical workflow steps, and challenges encountered help define the topics to be addressed.

At Filab laboratory, training content is developed based on the challenges encountered during method development, optimization, transfer, and monitoring. Discussions may also address the challenges of analytical method management and analytical method transfer in the pharmaceutical industry. The aim is to provide participants with practical guidance that can be directly applied in their work environment.

The cases covered focus on the use of LC-MS in a pharmaceutical context: characterization, compound screening, impurity monitoring, or support for analytical development. When the need concerns requirements applicable to biotechnology-derived products, ICH Q6B training can complement the approach.

Filab laboratory adapts the level of detail to the participants' initial knowledge and specific challenges. The program may focus on fundamental principles or provide an in-depth analysis of method performance, investigation of the causes of deviations, and critical review of the data generated.

Filab laboratory trainers connect LC-MS principles with the situations under investigation: loss of sensitivity, variability, interfering signals, integration difficulties, or inconsistencies between results. This approach promotes the adoption of best practices and the implementation of actions suited to the analytical methods used.

Contact Filab laboratory to present the skills to be developed, the participants’ profiles and the relevant analytical issues. Define the learning objectives, specify the technical scope and develop a training programme consistent with your pharmaceutical activities.